Krylon EDE161907 Heat Resistant Paint 12 Oz Chrysler Green

Product Description

The KRYLON EDE161907 is a 12 oz aerosol automotive heat resistant paint formulated for high-temperature surfaces found in engine compartments and underhood applications. It delivers a high-gloss finish in Chrysler Green and is rated to withstand temperatures up to 500 degrees F. The Ez Touch conical nozzle provides controlled, even spray coverage with less hand fatigue during application. One can covers approximately 14 square feet. This product is designed for use by automotive technicians and maintenance professionals who need a durable, heat-stable finish that also resists oil and other common automotive fluids.

This paint is suited for use on exhaust manifolds, engine blocks, valve covers, and other metal components subject to elevated heat cycles. It is appropriate for both professional shop use and skilled DIY automotive work. The aerosol format makes it practical for spot refinishing or full component recoating without the need for spray equipment. The Chrysler Green color matches OEM-style finishes used on select Chrysler engine components.

Key Features

• Heat resistant up to 500 degrees F for underhood and exhaust applications
• High-gloss finish in Chrysler Green for OEM-style appearance
• Resistant to oil and other automotive fluids
• Ez Touch conical nozzle for controlled, even spray coverage
• Covers approximately 14 square feet per can
• Aerosol format requires no additional spray equipment

Compatibility

Designed as an OEM-style color-match aerosol paint for metal engine and exhaust components requiring heat resistance and a high-gloss finish.

Installation Notes

Surface preparation is critical before applying any aerosol paint — clean the component thoroughly and remove grease, rust, and loose material for proper adhesion. Allow the recommended dry time of 30 minutes between coats. Apply in a well-ventilated area and follow all safety guidelines on the product label. Allow the finish to fully cure before subjecting the component to high heat cycles.